Calibration Procedure for MSA Ultima X5000 Gas Detector | Zero & Span calibration

Summary

In this video, viewers will learn how to calibrate the MSA Ultima X5000 gas detector, covering its key features and step-by-step calibration process. The Ultima X5000 features an OLED display visible from over 50 feet, Bluetooth communication, and dual sensing capabilities. It offers easy calibration with no need for tools or third-party devices. The video demonstrates both zero and span calibration, explaining the importance of applying the correct calibration gases and waiting for the device to stabilize. Viewers will also learn about the device's TrueCal technology and SafeSwap sensor replacement, making calibration quick and efficient.

Takeaways

• 😀 MSA Ultima X5000 has a large OLED display visible from up to 50 feet (15 meters).
• 😀 The device doesn't require external tools or third-party devices for settings, resets, or maintenance.
• 😀 The MSA Ultima X5000 features a touch-button interface, operable with bare or gloved hands (except black gloves).
• 😀 Bluetooth communication is available, enabling remote access via the XS Connect app on mobile devices.
• 😀 The device supports dual sensing, allowing it to display information from two sensors at once.
• 😀 TrueCal technology automates calibration for CO and H2S sensors, saving time and costs.
• 😀 SafeSwap technology enables users to change sensors without turning off the device.
• 😀 The calibration kit for the MSA Ultima X5000 includes a suitable calibration gas bottle, gas regulator, and Tygon tube.
• 😀 Zero calibration can be done in ambient air without target gas if the sensor is exposed to it.
• 😀 Span calibration requires applying the correct concentration of span gas, and the device measures until the value stabilizes.
• 😀 Once both zero and span calibrations are completed successfully, the device will display a success message and return to measurement mode.

Q & A

What is the main feature of the MSA Ultima X5000 display?

The MSA Ultima X5000 has an organic OLED display that is visible from a distance of over 50 feet (15 meters).

Do you need tools or third-party devices to perform maintenance on the MSA Ultima X5000?

No, the MSA Ultima X5000 does not require any tools or third-party devices to change settings, reset alarms, or perform maintenance features.

Can the MSA Ultima X5000 be used with gloves?

Yes, the MSA Ultima X5000 can be used with bare fingers or with gloved hands, as long as the gloves are not black.

What is the purpose of the Bluetooth communication feature in the MSA Ultima X5000?

The Bluetooth communication feature allows users to access the device through the XS Connect app on a smartphone or tablet.

What does the dual sensing feature of the MSA Ultima X5000 allow?

The dual sensing feature allows the device to communicate with and display information for two sensors at the same time.

What is TrueCal sensing technology in the MSA Ultima X5000?

TrueCal sensing technology is used for CO and H2S electrochemical sensors, which helps save time and money by automating the calibration process.

What is SafeSwap technology in the MSA Ultima X5000?

SafeSwap technology allows users to replace or change sensors without needing to power down the instrument.

What is the first item needed in the calibration kit for the MSA Ultima X5000?

The first item needed is a suitable concentration calibration gas bottle, such as a 50% lower explosion limit (LEL) methane gas bottle if the device span is set for 50 LEL.

What does zero calibration involve for the MSA Ultima X5000?

Zero calibration involves applying zero gas to the sensor and waiting for the device to measure and display the value of zero gas. If there is no target gas, the device can perform zero calibration in open air.

What should be done after zero calibration is complete on the MSA Ultima X5000?

After zero calibration, the display will prompt to apply span gas to the sensor. Ensure the correct concentration of span gas is applied for calibration.